Drinking medicine dosage analysis system

Abstract

The invention relates to a drinking medicine dose analysis system, which comprises dose identification equipment connected with a cross section analysis mechanism and used for calculating the dose ofa calculus removing medicine drunk by a patient every day based on the solid cross section area of each calculus corresponding to each collection area, a section analysis mechanism used for analyzingthe solid area of each collection area to serve as the solid section area of the corresponding calculus, accumulating the solid cross-sectional areas of the calculi corresponding to the collection areas to obtain the total cross-sectional area, and determining the dosage of the calculi removing medicine drunk by the patient every day, the dosage being monotonically and positively related to the total cross-sectional area. The drinking medicine dose analysis system is effective in data and reliable in drug use. Due to the fact that the volume-related field detection parameters of the kidney stones of the patient can be accumulated, the dosage of the calculus removing medicine drunk by the patient every day can be determined, wherein the dosage is monotonically and positively related to theaccumulated parameters.

Description

technical field [0001] The invention relates to the field of kidney detection, in particular to a drinking drug dose analysis system. Background technique [0002] The formation process of kidney stones is that some factors cause the concentration of crystalline substances in urine to increase or the solubility to decrease, which is in a supersaturated state, precipitates crystals, grows and accumulates locally, and finally forms stones. There are many factors that affect the formation of stones, age, gender, race, heredity, environmental factors, eating habits and occupation are related to the formation of stones. Metabolic abnormalities of the body (such as hyperparathyroidism, hypercortisolism, hyperglycemia), long-term bed rest, nutritional deficiencies (vitamin B6 deficiency, magnesium deficiency diet), urinary tract obstruction, infection, foreign bodies, and drug use are stones Common causes of formation. It has been known that urinary stones have 32 components, the...

AI Technical Summary

Problems solved by technology

[0003] At present, in the case of using drugs to expel stones in the patient's kidneys instead of surgery, since the size and number of stones in the patient's kidneys are dynamically changing, the daily dose of drinking drugs should follow the above dynamic changes. Adaptive changes, otherwise there will be a state of over-medication or under-pharmacology, which will seriously affect the patient's kidney health and the progress of stone removal